Hey, doesn't 8√3 look just like the long division symbol?
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You saw the shift, but not the equal magnitude across L & C, right?
I was looking at ωC = 1/ωL; ω=2∏f
kiss said:Boy, I like when I learn things.
This confirms the 0V across the cap, at resonance as expected and this:
The vector sum of Xc, XL determine the phase. R is immaterial. I was hoping the capacitive vector along the x-axis would TOTALLY cancel the inductive vector on the x-axis, MUCH like power factor correction. Isn't that the idea, when you have lots of inductance from motor loads, you add capacitance to cancel them out.
Phasors decompose the behavior of a sinusoid into three independent factors that relay amplitude, frequency and phase information
Ratchit said:What on Earth are you guys talking about?? The voltage across C is not zero at series resonance.
Rachit said:Therefore, since Vxc = I*Xc, if the current is high, so will be the voltage.